Emjoi Micro-Pedi Nano Callus Remover

Emjoi Micro-Pedi Nano Callus Remover

Need a new callus and blister remover? The Emjoi Micro-Pedi Nano Callus Remover has received stellar reviews and is synonymous with ease of usage. It is equipped with a roller that spins 360 degrees and 30 times per second. This secures optimal performance for easily buffing and removing hard and jagged skin on the heels.

This unique device not only removed calluses and blisters, it also helps keep skin smooth and clean. If you are tired of manually removing calluses with conventional strategies, this product will truly meet your needs within time and budget. The micro mineral properties within the device also remove dead skin within seconds. This allows new skin to grow and secures a healthier and visible epidermis.

The product is also safer than traditional metal scrapers, which utilize sharp blades to pierce the skin. With just a few steps, you can remove calluses and eliminate the need for constant rubbing and buffing. The unit is also battery operated and features refill rollers that are compatible with all Micro-Pedi models and brands.

This amazing product is endorsed by the American Podiatric Medical Association. It is also highly recommended by leading podiatrists and foot experts. One size fits all, and it is very lightweight and mobile. With a powerful motor and improved ergonomic design, this product will safely and gently remove all dead skin and particles. It is also the best alternative to stones and other abrasive scrapers that cause more damage to the skin.

Emjoi Micro-Pedi POWER - Callus Remover

Emjoi Micro-Pedi PRO – Callus Remover (Most Powerful & Rechargeable)

If you suffer from constant dry skin and irritation, this device helps replenish vital skin pores as well. Simply use the product as instructed and you will be able to secure clean and healthy soles. The device can also be used across the foot where other calluses and blisters may form. Whether for personal use or as a gift, this item will truly achieve your desired results.